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Nitrocid KS v0.1.0 Beta 2 - Manual
Nitrocid KS v0.1.0 Beta 2 - Manual
  • 👋Welcome!
  • Versions and Compatibility
    • 🔱Supported Versions
    • 🕘EOL Versions
    • 🗞️Version Release Notes
      • ✨v0.0.1.x series
      • 🌈v0.0.2.x series
      • 👥v0.0.3.x series
      • 🛠️v0.0.4.x series
      • 🕔v0.0.5.x series
        • ⌚v0.0.5.0 Beta Versions
      • 📕v0.0.6.x series
        • 📄v0.0.6.0 Beta Versions
      • 🔌v0.0.7.x series
        • ⚡v0.0.7.0 Beta Versions
      • 🌌v0.0.8.x series
      • 💌v0.0.9.x series
      • 📜v0.0.10.x series
      • ✏️v0.0.11.x series
      • ⚙️v0.0.12.x series
      • 🌐v0.0.13.x series
      • 🏃♀ v0.0.14.x series
      • ⏳v0.0.15.x series
      • ⭐v0.0.16.x series
      • 🌃v0.0.17.x series
      • 🥁v0.0.18.x series
      • 🔧v0.0.19.x series
      • 🍀v0.0.20.x series
      • 🧰v0.0.21.x series
      • 📱v0.0.22.x series
      • 🖥️v0.0.23.x series
      • 👾v0.0.24.x series
      • 🔮v0.1.x.x series
        • ⚠️Known issues for 0.1.0 Beta
    • 👍Compatibility Notes for KS API Revisions
      • 🔼Upgrading from API v1.0
      • 🔼Upgrading from API v1.1
      • 🔼Upgrading from API v1.2
      • 🔼Upgrading from API v1.3
      • 🔼Upgrading from API v2.0
      • 🔼Upgrading from API v2.1
      • 🔼Upgrading to API v3.0
  • Installation and Maintenance
    • 📀Installing the Kernel
      • 💻Windows
      • 🐧Linux
      • 📱Android
    • ⏫Upgrading the Kernel
      • 💻Windows
      • 🐧Linux
      • 📱Android
  • Fundamentals
    • 🌽What is the Kernel?
    • 👾What is Nitrocid KS?
    • 🌟Simulated Kernel Features
      • 👤Accounts
        • 🔓Permissions
      • 🐚Shells
      • 🌍Networking
        • 🗃️FTP Client
        • 🔒SFTP Client
        • 📰RSS Client
        • 🌐HTTP Client
        • 📧Mail Client
      • ✏️Editors
        • 📝Text Editor
        • 🖊️JSON Editor
        • 💾Hex Editor
      • 🇺🇸 Languages
      • 🌌Screensavers
      • 🎮Games and Amusements
        • 🔤Hangman
        • ☄️Meteor
        • 🐍Snaker
        • 🔢Solver
        • ⌨️SpeedPress
        • 🔠Wordle
      • 🗓️Calendar
      • ⏰Stopwatch and Timer
      • ⚖️Calculator and Converter
  • Advanced and Power Users
    • ⚒️Building the Kernel
      • 🪟Building on Windows
      • 🐧Building on Linux
    • 🧰Kernel Modifications
      • 🔧Kernel Modification Management
      • 🏗️Build your...
        • 🧪Your Mod
        • 🌌Your Screensaver
        • 🪄Your Splash
    • 🦠Diagnostics
      • 🔬Debugging
        • 🧬Local Debugging
        • 🛰️Remote Debugging
      • 🧪Testing
      • 💉Other Diagnostics
    • ⚒️Inner Workings
      • 🔧Kernel Settings
        • ⛏️Mechanics of Settings App
        • 🔩Settings Format
      • 🐚Shell Structure
        • ❔Help System
        • 🗜️Command Parsing
        • 📜Shell Scripting
      • 🪧Kernel Placeholders
      • 🔐The Permissions
      • 📞Kernel Threads
      • 🔌Kernel Drivers
      • ⚙️Multilingual Kernel Flow
      • 🌐Custom Languages
      • 📽️Presentation System
      • 🎛️Kernel Arguments
      • 📡Remote Procedure
    • 💿GRILO Bootloader and KS
  • 🧱Project Dependencies
  • Report an issue
  • Source code
  • API Reference
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  • Timer
  • Stopwatch
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  1. Fundamentals
  2. Simulated Kernel Features

Stopwatch and Timer

Stopwatch for your favorite races, and timer to time yourself in some process

Last updated 1 year ago

The stopwatch is a timepiece that measures the elapsed time between the activation time and the current time. Generally, they're used to measure how much time did doing a specific thing take. The most famous example of a stopwatch is the stop clock, which is used in sports to measure the time between the start of the game and the current time.

Additionally, some stopwatches provide the laps system, which is useful for sports game that contains the laps, like racing or running.

The timer, however, counts down from the set time, usually minutes, to zero to set the target time. Once the time is up, the timer rings. It's used to limit the time in any action that should be done by humans.

The simulated kernel attempts to simulate the two features, which can be invoked by the two commands that will be listed below.

Timer

The simulated kernel powers the timer feature that, by default, sets the remaining time to just one minute. The controls are:

  • ENTER: Start counting down from the set time or reset counting down

  • T: Specifies the remaining time in milliseconds

  • ESC: Exits the application

You can start the application up with the timer command.

Stopwatch

The simulated kernel also simulates the stopwatch functionality with the ability to set the laps. You can also reset the stopwatch. The controls are:

  • ENTER: Starts counting up the time or stops the entire stopwatch

  • L: Sets the lap on the current elapsed time

  • R: Resets the stopwatch and its laps

  • ESC: Exits the application

You can start the application up with the stopwatch command.

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